Stone wool wall insulation made from volcanic rock. Has excellent operational performance, including fire barrier in the following ways:
- Between rooms and roof spaces
- A fire shield for structural steel members
- A fireproof cover for hot industrial process pipes and ducts
- A fire-safe core for sandwich panel constructions
Careful design will also ensure that fire cannot spread through cavities or along the service pipe or cable. With each service run including a different combination of plastic and metallic pipes, ducts, and power and data cables, every element will react very differently to fire. So fire stopping systems must be designed, manufactured and installed to cope with the individual needs of the project. Furthermore Rockwool stone wool will not slump, it keeps its shape and is durable. It is not affected by changes in temperature, humidity or aging. It therefore will not sag and will negate flanking paths for acoustic transmission.
Another operational performing composition for hygiene which is also cost effective is one coat antimicrobial sealing systems which are solvent free, are extremely low in VOC’s and virtually odourless, with quick application and drying time, these are the best option for aged care facilities. In any facility, it is important that down time is kept to a minimum, particularly in aged care, where disruption and confusion can be detrimental to the well-being of the resident. When the sealing system is virtually odourless and has a fast cure time, it is an ideal solution. One coat systems mean that many applications can be completed in a single night (day) avoiding disruption, whilst also reducing labour costs.
When referring to surfaces that are antimicrobial, we are referring to a product or coating that has an antimicrobial additive. This is added during manufacturer or as a coating after.
Some antimicrobial urethane coatings can be applied over existing walls (and floors) to provide a similar protection against staining and coloured variants can be applied to improve the appearance without the need for replacement. Impact and scuff resistance of wall cladding is definitely better than a painted wall and also provides exceptional impact resistance.
Lowering expenditure through the use of natural ventilation systems is ideal. Fewer and less expensive components and construction types are some of the contributing factors that make natural ventilation the low-cost option for an improved indoor climate. Building life cycle cost, that is, the capital cost, operating cost and maintenance, is 5 times more cost effective with natural ventilation when compared with mechanical ventilation, and 2.5 times more cost effective with mixed mode ventilation. Natural ventilation also consumes less energy than a comparative mechanical ventilation system. Passive climate control provides the appropriate building elements for the sustainable and beneficial control of climate, whilst capturing and maximising the natural ventilation of air currents that cross through the building. Improved air circulation is the key to maintaining a tolerable climate, as moving air reduces humidity and discourages mould and odour. Remote control widow systems and ventilation control panels, which when used in conjunction with electric actuators can control the opening and closing of windows to achieve ideal conditions and can reduce energy consumption and associated costs.
Improving energy performance can significantly reduce the energy bill as well as allowing buildings to run more efficiently. In order to reduce heating and cooling loads, roof spaces should be well vented and ceilings thermally insulated. Where appropriate, walls should have good thermal mass properties which, when shaded in summer, keeps the building cool and when heated by the sun in winter, warms the building at night. Energy which is used for heating and cooling actually accounts for two thirds of a buildings total energy consumption.
The installation of a well-designed ceiling in a healthcare environment can contribute significantly to the comfort of the occupier. High-performance ceilings are an optimal solution for improved speech intelligibility. Control of flanking paths are vital for confidential communication between doctor, occupant and career or family to take place. Hearing is considered to be one of the first senses to be affected by the ageing process. High frequency pitches are the first to become less audible with a lesser sensitivity to lower frequency sound. The ability to understand normal conversation is usually not affected at first, but when combined with the presence of background noise, comprehension may be decreased. It should be noted that reverberation is an issue that can be easily controlled with thoughtful acoustic applications and without additional costs. The need to minimise meaningless background noise and reverberation, and converting noise into sound is key.
The use of sound-reflective hard surfaces need to be compensated for with highly sound absorbent materials that are long-lasting and easy to clean. It is crucial to determine that the right ceiling panels meet all necessary safety requirements. Stone wool is 100% pure resin bonded mineral wool, and a natural volcanic diabase rock is melted and transformed into stone wool. Stone wool ceilings meet the highest levels of design performance criteria particularly for healthcare. Good quality sound easily passes through the surface and is efficiently absorbed in the stone wool material which in turn provides excellent acoustic control.
We would like to extend an invitation to your team to complete one or more of our Continuing Professional Development (CPD) modules online by offering FREE ONLINE ACCESS for 48 hours. This offer is applicable to regions outside of Brisbane, Sydney, Melbourne, Hobart and Canberra.
At IN2AP Learning, we are educated by global partners about the latest technologies and trends and are committed to sharing this information with Australian Specifiers. Our CPD modules are recognised by the Australian Institute if Architects Refuel Program and are not product focussed. We focus broadly on elements of design, for example, ‘Washroom’, whilst discussing a range of considerations within his broad topic that specifiers need to consider.
Acoustic Materials in the Design of Sound Acoustic Spaces Commercial Washroom Design and Construction Challenges
Consideration of Specifying Sustainable Building Products Planning for Healthier Hospitals and Welcoming Environments
Kitchen Joinery Construction for Best Practice Design
“It delivered what it promised.. I found the presentation informative and clear.”
Lauren S. (Architect, Morton Dunn)
‘Kitchen Joinery Construction for Best Practice Design’
Earn 1.0 FORMAL CPD Point with IN2AP Learning’s NEW Kitchen Construction Module
- Kitchen design & layout considerations
- Identify key technical concerns when assessing cabinet hardware
- Construction materials for board selection – Doors, Panels and Carcasses
- Decorative finishes for bench tops and the effectiveness of HPL
- Reviewing material selection criteria
EDUCATE ARCHITECTS ABOUT YOUR PRODUCT
With the added benefit of greater access to National Architectural Practices
IN2AP Learning are CPD Development Specialists
Are you having a difficult time getting in front of specifiers? Architects require 10 formal CPD points per year to maintain their architectural registration in most Australian states, and in others it is highly recommended.
Speak with IN2AP Learning today about your CPD requirements. We provide a range of services including Shared Sponsorship Modules. Ask us how we can incorporate your products and brand into one of our new modules launching soon.
Call us today on 03 9646 1007 or email email@example.com
Testimonial- George Abagi, National Specification Manager. Polytec
Learn more about gender neutral toilet design in IN2AP’s ‘Commercial Washroom Design and Construction Challenges’ CPD module.